BMW F30 N55 F80 M3 A/C Compressor Bracket Air Con Pump Mount Holder 7585167

BMW F30 N55 F80 M3 A/C Compressor Bracket Air Con Pump Mount Holder is an original mounting component designed for the air conditioning system in BMW models with the N55 engine and the high-performance F80 M3. The robust construction of the bracket ensures stable seating of the compressor, which translates into reliable operation of engine accessories and correct tension of the accessory drive belt. It is a practical solution for users who want to restore factory mounting geometry after a collision, repair, or engine modification.

Specifications and technical data

• SKU: 7585167-2
• Mark: BMW (Genuine OE)
• Condition: Used
• OEM Part Number: 7585167
• Substitutable numbers: 7585167, 64557585167
• Category: Brackets & Hardware

Purpose and function in the air conditioning system

The bracket is responsible for the precise positioning of the A/C compressor relative to the engine block and other accessories. Correct alignment of this component is crucial for:

• maintaining the alignment of pulleys and the accessory belt,
• reducing vibrations transmitted to the compressor,
• stable operation of the air conditioning system under high loads,
• reducing the risk of premature wear of compressor bearings.

Thanks to its factory geometry, the bracket allows for maintaining compliance with BMW's original design specifications, which is particularly important in more powerful units such as the N55 and F80 M3.

Original origin and fitment

The part comes from the BMW line, which means it retains factory mounting points, threads, and the shape of contact surfaces. In practice, this translates into:

• seamless fitment to the engine block and A/C compressor,
• the ability to use standard bolts and hardware,
• easier installation in workshop conditions without the need for modifications.

The original bracket is particularly valued in high-performance vehicles, where accessory stability has a direct impact on the durability of the entire drivetrain.

Condition, inspection, and use in repairs

The part is offered as used, which allows for significantly reducing repair costs compared to a new OEM component, while maintaining the same design and fitment. A bracket of this type is often used for:

• post-accident repairs in the front part of the vehicle,
• replacing a damaged mount after an accessory belt failure,
• restoring the completeness of the air conditioning system after an engine swap or overhaul.

Choosing an original bracket is particularly important in the case of precision BMW units, where even minor deviations in mounting can result in noise, accelerated wear, or belt tension issues.

Benefits of using an original bracket

Choosing such a mounting component is a beneficial solution for both the user and the workshop:

• Factory geometry – maintaining the correct position of the compressor relative to other accessories.
• Compatibility with stock components – no need to adapt aftermarket parts or modify mounts.
• Repair cost optimization – a used OEM part allows for reduced expenses while maintaining original quality.

If you are planning a comprehensive repair of the air conditioning system or engine accessories in your BMW, it is worth considering other mounting elements from the same group, available in the category check how the availability of used OEM parts affects repair time in the workshop.

Technical support and additional information

When selecting mounting components for the air conditioning system, it is crucial to pay attention to compatibility with the specific body generation and engine type. In case of doubt, it is worth consulting a mechanic or the store's technical department to ensure that the bracket will be suitable for your specific BMW F30 or F80 M3.

If you are interested in a broader context regarding the use of used parts in modern power units and the impact of such solutions on service costs, take a look at the article Volkswagen 1.9 TDI vs 1.4 TSI – engine evolution and the role of used parts in reducing repair costs, which shows how sensible component selection allows for maintaining high vehicle efficiency at controlled expenses.